The NKW180Q Plastic Films Baling Press is an industrial-grade hydraulic compactor specifically designed for high-efficiency film recycling applications. Utilizing advanced servo-hydraulic technology, this baling system delivers exceptional performance with:High-Efficiency Compression - Reduces cardboard volume by up to 90%, maximizing transportation and storage efficiency.Full Automation - Automates feeding, compression, bundling, and strap cutting, significantly reducing labor costs.User-Friendly Operation - Features PLC control system and touchscreen interface for intuitive parameter adjustment.Secure Bundling - Hydraulic system ensures tight, stable bales for safe transportation.

The NKW180Q Scrap Film Baler is a fully automatic, high-capacity baling machine engineered for compressing loose plastic film, soft cardboard, PET bottles, and other recyclable waste into dense, easily transportable bales.This baler is a top-tier choice for recycling centers, packaging facilities, and solid waste processing plants requiring a reliable, low-energy, high-output solution.

Place of Origin:Made in China

Brand Name:NKBALER

Certification:CE,ISO

Model Number:NKW180Q

Minimum Order Quantity:1

Delivery Time:35-40 days

Payment Terms:40% deposit by T/T,60% before delivery

Supply Ability:200-300 SETS PER YEAR

Key Features:

Fully Automatic Operation: Enables continuous compression, bale ejection, and tying for high productivity with minimal manual labor.

Servo Hydraulic System: Ensures low noise, reduced power usage, and stable operation—only ~2 kWh per bale.

Advanced Photoelectric Sensors: Detect material fill level for precise, automatic baling.

Adjustable Bale Length & Counting System: Customize bale size and track production easily.

Integrated Error Detection: Automatically displays malfunctions for quick troubleshooting.

Compatible Feeding Options: Supports both conveyor and air-blower feeding systems.

User-Friendly Design: International electric circuit layout with labeled parts for easy maintenance and training.